LATI at Formnext 2025: Engineering Thermoplastics for 3d Printing and Pellet Additive Manufacturing
Hager Chooses LATI to Reduce the Carbon Footprint of the Arc Fault Detection Device (AFDDs) Series
Ottobock Chooses LATI to Enhance its Orthopedic Solutions
LATI in Renault 2025 Panel: Thermoplastic Compounds for Electric Mobility
LATI confirms its leading role in the transition towards sustainable mobility, with high-performance thermoplastics included in Renault Group’s A-PMR 2025 panel.
LATI at Coiltech Italia 2025: Innovation in Materials for Coil Winding
Schneider Electric and LATIECO: Together for Sustainable RESi9 Switches
Webinar – PTFE-free Materials for Self-Lubrication
Overcome PTFE limitations! Discover sustainable and advanced self-lubricating materials with LATI.
EFEN Chooses LATI: the Sustainable Solution for Fuse Holders and Switches up to 1000 A
Discover how LATI’s LATAMID and LATIECO compounds offer advanced performance and sustainability for durable and reliable industrial switches.
LATI3Dlab at Formnext 2024: Exploring the Future of Additive Manufacturing!
LATI3Dlab at Formnext 2024: Exploring the Future of Additive Manufacturing!
Vossloh Schwabe Chooses LATICONTHER for Street Lighting
The introduction of thermally conductive compounds in artificial LED lighting is now a reality that LATI has helped to build with over twenty years of field experience.
Self-lubricating Plastic Compounds and PFAS: Let’s Take Stock
PTFE is a polymer known for its very low coefficient of friction, a characteristic exploited in compounds loaded with PTFE powders dispersed in the thermoplastic matrix.
Askoll, Innovators by Nature
In a world increasingly focused on sustainability, companies are adopting strategies aimed at reducing resource consumption and minimizing the environmental impact of their products.
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